(New page: The goal of this work is to create software that analyzes Rhea. This can be applied to any MediaWiki-based system. The requirements are 1. It can give the statistical information such as t...)
 
 
(4 intermediate revisions by one other user not shown)
Line 1: Line 1:
The goal of this work is to create software that analyzes Rhea. This
+
= Analysis tools for [[About Rhea|Rhea]]  =
can be applied to any MediaWiki-based system. The requirements are
+
[[Rhea_Bounties|Software Bounty]]
1. It can give the statistical information such as the number of
+
*'''Status''': COMPLETE
articles, the number of authors, the average number of coauthors per
+
*'''Notes''': Awarded to [[User:Han84|Sangchun Han]] for the software called [[Rhea_Graph_Analytic_Tool|"Rhea Graph Analysis Tool"]]. (see [[Analysis_Bounty_Awarded_to_Sangchun_Han|award announcement]])
page, the maximum number of pages by an author, and etc.
+
2. It can give the parameters of the coauthor network such as
+
diameter, radius, degree distribution, and etc.
+
3. It can give the information in chart for intuitive representation
+
as well as in text.
+
4. It can track the growth of Rhea. In other words, it will limit the
+
period that the analysis applies.
+
  
There are lots of MediaWiki-based systems. This program will be useful
+
Click [[Rhea_Bounties|here]] to view all software bounties.
tool to get an insight how a coauthor network is constructed including
+
----
Rhea.
+
  
The additional functionalities that are desired are
+
The goal of this work is to create software that analyzes Rhea. This can be applied to any MediaWiki-based system.
1. It can give the graphical representation of coauthor network.
+
 
2. It can import dataset of graph. It will analyze the graph as it
+
== Requirements  ==
does for Rhea.
+
 
3. It can synthetically generate graph using several graph generating
+
# It can give the statistical information such as the number of articles, the number of authors, the average number of coauthors per page, the maximum number of pages by an author, and etc.  
models with given parameters. (Simulation)
+
# It can give the parameters of the coauthor network such as diameter, radius, degree distribution, and etc.
 +
# It can give the information in chart for intuitive representation as well as in text.
 +
# It can track the growth of Rhea. In other words, it will limit the period that the analysis applies.
 +
 
 +
== Additional Requirements  ==
 +
 
 +
# It can give the graphical representation of coauthor network.  
 +
# It can import dataset of graph. It will analyze the graph as it does for Rhea.  
 +
# It can synthetically generate graph using several graph generating models with given parameters. (Simulation)  
 +
 
 +
== Award Size  ==
 +
 
 +
$1500
 +
 
 +
== Getting Started  ==
 +
 
 +
Email Andrew Haddad haddada@purdue to obtain Rhea's SVN repository.
 +
 
 +
== Questions  ==
 +
 
 +
*Write a question here
 +
**answer will be written here
 +
*write another question here
 +
**answer will be written here.
 +
 
 +
----
 +
 
 +
[[Rhea Bounties|Back to Rhea Bounty Page]]

Latest revision as of 06:22, 6 April 2011

Analysis tools for Rhea

Software Bounty

Click here to view all software bounties.


The goal of this work is to create software that analyzes Rhea. This can be applied to any MediaWiki-based system.

Requirements

  1. It can give the statistical information such as the number of articles, the number of authors, the average number of coauthors per page, the maximum number of pages by an author, and etc.
  2. It can give the parameters of the coauthor network such as diameter, radius, degree distribution, and etc.
  3. It can give the information in chart for intuitive representation as well as in text.
  4. It can track the growth of Rhea. In other words, it will limit the period that the analysis applies.

Additional Requirements

  1. It can give the graphical representation of coauthor network.
  2. It can import dataset of graph. It will analyze the graph as it does for Rhea.
  3. It can synthetically generate graph using several graph generating models with given parameters. (Simulation)

Award Size

$1500

Getting Started

Email Andrew Haddad haddada@purdue to obtain Rhea's SVN repository.

Questions

  • Write a question here
    • answer will be written here
  • write another question here
    • answer will be written here.

Back to Rhea Bounty Page

Alumni Liaison

Prof. Math. Ohio State and Associate Dean
Outstanding Alumnus Purdue Math 2008

Jeff McNeal